Medical technology is shaping the future of healthcare, which includes significant advancements in endoscopy technology. As it provides a less invasive patient care treatment, the increasing use of endoscopic procedures is resulting in a higher demand for qualified endoscopy technicians.
An endoscope is an inspection instrument composed of
- a flexible tube,
- image sensor,
- optical lens,
- light source,
- mechanical device,
which is used to look deep into the body by way of openings such as the mouth or anus.
It is used to examine the internal organs like the throat or esophagus. Specialized instruments are named after their target organ. Examples include the cystoscope (bladder), nephroscope (kidney), bronchoscope (bronchus), arthroscope (joints) and colonoscope (colon), and laparoscope (abdomen or pelvis).
Advances in endoscopy technology:
Some advanced endoscopy procedures have emerged as a result of the new findings in computer science and robotics. Computer-controlled colonoscopes, for example, allow computer-assisted insertion and movement of the scope. The procedure is designed to help avoid loop formation in a minimally invasive way.
Looking ahead following topics are sure to drive endoscopy:
- Artificial Intelligence (AI),
- Robotic-assisted endoscopy and
- reimbursement options
- Infection prevention
- new single-use endoscopes
The use of artificial intelligence in GI endoscopy moved to the top of the American Society for Gastrointestinal Endoscopy’s Gastrointestinal Endoscopy Editorial Board’s top 10 most significant developments list. The board considers AI “poised to change endoscopy in the near future” while recognizing that barriers remain for full implementation, particularly cost.
AI and future improvements toward three-dimensional and 4K imaging in robotic endoscopy, as well as novel devices for suturing and dissecting, will spur significant advancements in endoscopic surgery. Computer-controlled colonoscopes allow computer-assisted insertion and movement of the scope. The procedure is designed to help avoid loop formation in a minimally invasive way.
Technology To Handle A Rising Caseload: e.g. it is predicted that the total number of cancer cases in the U.S. will increase by nearly 50 percent by 2050 as a result of population growth and aging. That will create a greater need for new diagnostic technologies in the field of pathology.
Developments in robotic-assisted endoscopy: may provide further options in patients who cannot tolerate conventional endoscopy.
Self propelled colonoscope is currently being developed. It is designed to enhance visualization and minimize the risks of complications. This robotic tool provides a 360° view and also guarantees a less painful overall procedure. In addition, various software tools allow digital recordings of endoscopy procedures as well as higher quality images. Technology has a strong impact on healthcare as it continues to improve and upgrade standard procedures. We believe there are even more tools and techniques yet to be developed.
Advances in Endoscopic Imaging: High-resolution spatial imaging using volumetric holographics providing information beyond the superficial mucosa, along with the possibility of functional tissue hypoxia imaging. Images improve across all digital devices, endoscopic imagining is constantly improving to provide a higher definition picture. Such an example is the Narrow band imaging (NBI) endoscope. It uses a special filter to help create more contrast between vessels and the mucosa and thus provide a more detailed and clear picture.
Recasting the Reimbursement Landscape: Reimbursement changes will also impact flexible endoscopy and how it’s practiced.
Single-use devices: Single-use endoscopes grabbed the spotlight this year and a transition to partially or fully disposable duodenoscopes to use single-use bronchoscopes when there is increased risk of infection or when treating COVID-19 patients.
Reprocessed urological endoscopes also are under scrutiny as the FDA investigates “numerous” medical device reports describing patient infections and other contamination issues possibly associated with their use.
Endoscopes also won media attention when 45 became the new 50 for colorectal cancer screening due to the rise of colorectal cancer cases among young and middle-aged people.
Colorectal cancer — America’s second-deadliest cancer — is considered a preventable disease because of the effectiveness of early detection and removal of precancerous lesions with colonoscopy.
New Techniques in Endoscopy Technology
Capsule Endoscopy: Since endoscopy technology is constantly advancing, there are newer generations of endoscopes that come into use. One of them – capsule endoscopy – is a revolutionary method that carries fewer risks and doesn’t cause as much discomfort. The patient swallows a small pill that has a tiny camera inside. It works with wireless technology that allows taking pictures of many inside organs for approximately 8 hours that are later reviewed by the doctor.
Chromoendoscopy: This technique involves using a specialized stain or dye in conjunction with endoscopy in order to improve the visualization of the intestinal lining. It helps doctors and technicians to notice abnormalities more easily.
Endoscopic Ultrasound: Endoscopic ultrasound is another minimally invasive procedure for screening organs and tissues that are usually not visible or accessible during a standard endoscopy. To perform it, professionals use an endoscope with an ultrasound probe attached to it.
Endoscopic Mucosal Resection: EMR is a very useful technique that allows physicians to remove abnormal tissues in the patient’s digestive tract. To perform the procedure, they inject fluid into the layer of cells below the abnormal area.
CT Colonography: Computed tomography (CT) colonography is also called virtual colonoscopy. This procedure uses special x-ray equipment to examine the large bowel (colon) and back passage (rectum) for cancer, polyps, and other abnormalities. The test is normally carried out by a radiographer or specialist doctor (radiologist).
Increased Demand for Endoscopy Techs
Gastroenterology technicians are among the allied healthcare professionals in high demand. This is due to the increasing demand for endoscopy services across people of all ages. Entering into the field will not only give you a stable occupation but also open up new professional opportunities you can pursue in the future.
To enter into the endoscopy field, one can start with an endoscopy tech certificate program and acquire more practical experience learning about endoscopy technology on the go.
Staying on top of the technology trends and innovation is key for every endo technician. That is why being genuinely passionate about technology would be valuable to your job satisfaction and potential career advancement.
Market & Segmentation:
By Product
- Endoscopic closure systems
- Endoscopic clips
- Others
By End-user
- Hospitals
- Ambulatory surgery centres
- Others like private practices
By Geographical Landscape
- North America
- Europe
- Asia
- Rest of World (ROW)
According Statista, the Endoscopic Devices market market worldwide is anticipated to achieve a revenue of US$30.25bn by 2024. It is projected to witness a steady annual growth rate (CAGR 2024-2029) of 7.17%, leading to a market volume of US$42.77bn by 2029.
When compared globally, the United States is expected to generate the highest revenue of US$10,390.00m in 2024.
In the worldwide market for Endoscopic Devices in the Medical Technology sector, the United States remains at the forefront of innovation and adoption due to its advanced healthcare infrastructure and high investment in research and development.
Conclusion:
Growing demand for minimally invasive surgery, new innovations that offer a wider scope of endoscopy applications.
Significant benefits of workflow and efficiency and rapid technological advancements that make single-use more competitive relative to reusable.
As well an increase in the obese population who prefer bariatric surgery for weight reduction are among the factors driving growth in the endoscopy market.
Here more details in the articles of single use endoscopy and aimseducation:
